Creation of a mixed-mode fracture network at meso-scale through hydraulic fracturing and shear stimulation

Martin Schoenball,Jonathan B. Ajo-Franklin,Doug Blankenship,Chengping Chai,Patrick F. Dobson,Timothy J. Kneafsey,H. A. Knox,Monica Maceira,M Robertson,Parker Sprinkle,Christopher E. Strickland,Dennise Templeton,P. Schwering,Craig Ulrich,T. Wood

Creation of a mixed-mode fracture network at meso-scale through hydraulic fracturing and shear stimulation

2020

Martin Schoenball
Jonathan B. Ajo-Franklin
Doug Blankenship
Chengping Chai
Patrick F. Dobson
Timothy J. Kneafsey
H. A. Knox
Monica Maceira
M Robertson
Parker Sprinkle
Christopher E. Strickland
Dennise Templeton
P. Schwering
Craig Ulrich
T. Wood

Author(s): Schoenball, Martin; Ajo-Franklin, Jonathan Blair; Blankenship, Doug; Chai, Chengping; Dobson, Patrick; Kneafsey, Timothy J; Knox, Hunter A; Maceira, Monica; Robertson, Michelle; Sprinkle, Parker; Strickland, Christopher; Templeton, Dennise; Schwering, Paul C; Ulrich, Craig; Wood, Todd J

Keywords:

mixed mode fracture
Geotechnical engineering
Shear (sheet metal)
meso scale
Geology
Hydraulic fracturing

Correction
Source
Cite
Save
Machine Reading By IdeaReader

References

Citations